3. Screen shot high school/college 4. Kingsnorth et al. (2002) examined the case processing time (in days) from arraignment to disposition for cases processed by the Sacramento County District Attorney’s office. For the 90 cases that resulted in a felony conviction, the mean processing time was 113.6 days with a standard deviation of 175.53. Construct 95% confidence intervals for the mean. What is the LOWER bound for this confidence interval? 77.13 77.63 80.02 76.20 5. Kingsnorth et al. (2002) examined the case processing time (in days) from arraignment to disposition for cases processed by the Sacramento County District Attorney’s office. For the 58 cases that were rejected at intake, the mean processing time was 11.3 days with a standard deviation of 21.02. Construct 95% confidence intervals for the mean. What is the UPPER bound for the confidence interval? 15.23 16.02 17.65 16.75 6. Say that the probability of answering “agree” to a question about police efficacy is 0.56. What is its compliment (i.e., what is the probability that someone answers something other than strongly disagree)? 0.56 0.35 0.44 0.47
3. Screen shot high school/college4. Kingsnorth et al. (2002) examined the case processing time (in
days) from arraignment to disposition for cases processed by the Sacramento County District Attorney’s office. For the 90 cases that resulted in a felony conviction, the mean processing time was 113.6 days with a standard deviation of 175.53. Construct 95% confidence intervals for the mean.
What is the LOWER bound for this confidence interval?
77.13 |
77.63 |
80.02 |
76.20 |
5. Kingsnorth et al. (2002) examined the case processing time (in days) from arraignment to disposition for cases processed by the Sacramento County District Attorney’s office. For the 58 cases that were rejected at intake, the mean processing time was 11.3 days with a standard deviation of 21.02. Construct 95% confidence intervals for the mean.
What is the UPPER bound for the confidence interval?
15.23 |
16.02 |
17.65 |
16.75 |
6. Say that the probability of answering “agree” to a question about police efficacy is 0.56. What is its compliment (i.e., what is the probability that someone answers something other than strongly disagree)?
0.56 |
0.35 |
0.44 |
0.47 |
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